IIT JAM 2022 || Centrifugal and Coriolis Forces | Amit Ranjan | Unacademy Live IIT JAM

[@sudhanshu.6052]

Topic - derive the expression for centrifugal and coriolis force
Topic 2- Derive Newtown law of equation for Accelerating frame or moving frame.
Topic 3- Derive the equation for pseudo force

[@shalinipandey8923]

Bhaiya 19:26 time pe aapne v ko constant treat Kiya hai aur 't' ko Keval differentiate Kiya lekin 'v' aap kahe hai, is bar constant ni hai

[@abhishekjp7016]

Correct

[@rajansahni6227]

Sir video clip ke 19 :26 me koe incorrect process

[@arya60]

Thankyou so much sir ji🙏🙏🙏

[@AshwaryaChouhan]

Amazing

[@aroundus9169]

thank you sir ❤❤❤❤

[@deepukumarsingh9556]

Osm explaination sir

[@iashyam]

Thank you sirji

[@MrStudent1978]

For linearly accelerating frame the r' vector should have been written in th😅e following way-
r' = r - ( ut + 1/2 a t^2)
where
u is initial velocity of accelerating frame
a is accelration of accelerating frame (assumed constant)
t is time after which we are observing
d(r')/dt = dr/dt - u - at
d2(r')/dt2 = d2r/dt2 - 0 - a
So acceleration in accelerating frame is acceleration in inertial frame minus acceleration of accelerating frame

[@UntoldPhysics25]

Ashutosh Srichandan
Nayagarh Autonomous College

[@tatwaprakashnayak6409]

Tatwa Prakash Nayak

[@subashkhatei726]

Subash khatei Nimapada auto college odisha

[@snehasishsatapathy9331]

Snehasish Satapathy Odisha

[@ektachhaila6958]

The inertial frame is one in which acceleration is constant, and the non-inertial frame is one where acceleration is changing.
I guess, you said a = 0 and a != 0 for inertial and non -inertial frame. That's a mistake Ig.

[@MrStudent1978]

Inertial frame is which has ZERO acceleration.
Non Inertial frame has non zero acceleration.

[@mrvaibhav5920]

Sir aap samjha kam rhe is that done jyada kar rhe